"structure"

During the initial stages, Express Interiors - one of the largest contracting firms in Victoria worked closely with the Rondo team to provide details for operable walls (reduced the need for structural steel) and stacked walls (alternative to structural steel major saving for the builder).

Demanding structural and acoustic requirements

Multiple structural requirements for this aesthetically pleasing building

Looking back at one of the first buildings to use Alspec’s ecoWALL 225 structural framing system.

Occupying a 2134m2 block of premium land, Leopold residential apartments is one of the newest commercial/residential developments in Melbourne’s residential and business district. The project involved the internal demolition of existing commercial fit out, the construction of an additional six levels and the fit-out of 174 residential apartments as well as four office tenancies. The works undertaken comprised of a new wall facade, the attachment of 97 new balconies to the existing structure, and installation of a structural steel transfer level with lightweight floor system (Powerscope).

Designed by Silver Thomas Hanley (STH) Architects, the structural additions provide four extra levels of useable space above the existing emergency department. As a construction-managed project, the design and construction teams were able to work in concert to ensure all specifications were correct and appropriate at every stage of the work. Having considered the project challenges, including site constraints, access and speed in which the project needed to be completed, CW175 was chosen for its flexibility, engineering and structural integrity.

Macquarie University’s Incubator building represents education, technology and innovation. This building may not be the tallest or largest mass timber structure in Australia, but should be equally celebrated for its total commitment to prefabricated timber. The Macquarie University Incubator was a collaboration between Lipman, Architectus, Strongbuild, Taylor Thompson Whitting, Arup and Against the Grain. The design required a prefabricated structure, to enable future dismantle, relocation and reassembly. Through the unique collaboration of the entire team the building was erected in just 37 days and the entire project completed within 6 months.

Mass timber is transforming from an innovative new method of construction to a must-have in mid-rise building design, and this RMIT NAS (New Academic Street) project paved the way for Australia to become a leader in mass timber construction. One building in particular, the ‘Garden Building’, designed by NMBW Architects and TCL was a stand out for innovation and creativity. The spectacular design used a 6m mass timber grid and due to the visibility of the structure, glulam was the preferred option to CLT. Victorian ash was chosen as it is an attractive timber, ideal for ‘seen structure’.

The modernisation of this 1960s home in WA has been achieved through combining the base of the former structure with a new design emphasising open plan living and stunning ocean views.

The significance of the building was indeed highlighted by the addition of a new cutting edge curved concrete structure which included Alspec’s® McArthur 150mm Centre Pocket Framing. The result has surpassed all expectations with the union of new and old.

Springvale Rise Primary School engaged adventure+ to redevelop two of the school’s playgrounds. Utilising funds provided from a government election promise enabled the school to provide the best for their students. The scope included designing and installing two spectrum+ combination units and one large pinnacle+ rope climbing structure in the areas. As part of the package, adventure+ supplied and installed shade sails and undersurfacing in both play areas. Careful selection of colours ensured the playgrounds both matched with the surrounding environment and newly constructed buildings and gave an inviting and engaging atmosphere for the students. The pinnacle+ rope structure has been so successful for the school that they have to roster turns for the children! Providing the entire playground package ensured the playground redevelopment experience was as smooth as possible for the school.

Rondo became involved with the project in mid-June when approached about using our Studs to make up the main walls that separate the building into individual shop outlets. As there was no time for the Contractor to source structural steel (which would take up to five weeks).

Rondo worked closely with C&L Ceilings who were charged with the wall and ceiling contract. In order to be sure that the building’s external facade would remain structurally secure and adhere to the architectural detail, C&L installed Fibrous Cement Sheets, supported by heavy gauge Rondo components.

The Steamrail Adventure Playground at Millars Landing is part of a large residential development in North Baldivis, WA. Created with growing families in mind, the development includes numerous playgrounds, parks and family areas all based around the theme of steam trains, water towers and timber milling. The outdoor play equipment boasts two flying foxes, a 12-metre slide, swing sets, a climb-on steam train structure, picnic facilities, kickabout turf areas, robust timber furniture and railway sleepers. adventure+ took the idea of the landscape architect, which was a simple sketch, and turned it into a practical result. Her idea provided the foundation of the playground design, and the adventure+ team were able to reflect this idea in a way that was economical, standards compliant and required minimal design and installation time. The client’s greatest challenge was finding a company that could accurately make the structure, something adventure+ was able to do.

The headquarters of the BNL-BNP Paribas Group building is a stunning example of how to successfully combine innovative architectural design with optimum comfort and wellbeing for the building’s occupants. Due to the clever structural glazing, the aesthetics are visually appealing, reflecting the building’s surroundings on all sides and changing its appearance depending on the time of day and the weather.

The entire building also featured ceilings acoustically isolated from the old structure where heavy duty isolators were required to be incorporated into the Rondo KEY-LOCK Concealed Suspension System. Similarly Rondo had to design a supplementary suspension system beneath these ceilings to accept a secondary system to support some services and particularly architectural feature ceiling beneath.

It was even necessary to design bulkhead framing with a staggered stud configuration to meet acoustic requirements. Similarly, many of these designs also had to incorporate Square Hollow Section (SHS) posts to meet structural requirements. Rondo Technical Representative Max Dessmann worked closely with the contractor Interior Works and Rondo’s Technical Services Team to develop the required design solutions.

Rondo will feature throughout the building utilising the popular KEY-LOCK Suspended Ceiling System, as well as Steel Stud and Track. When gazing out of the large open windows from the magnificent structures, the views of the city skyline and rolling hills are exceptional. Clyde Quay Wharf residents are undoubtedly treated to the best of both worlds with the epitome of urban living and coveted waterfront lifestyle.

Fogarty Bros, who are the main commercial plasters in Bundaberg for over 15 years, were contracted to install the internal and external linings. Due to the region’s conditions, external wall designs for cyclonic conditions were needed, pre-construction meetings were needed to discuss benefits and limitations. The builder used extra structural steel where needed and custom suit windows to fit the Rondo design.

Designed by Richard Lutze. This project won the 2017 Building Designers Association of Australia Design Award for Public Buildings/Structures. The building has been designed with modern conveniences while also ensuring a sustainable passive layout, with large openable areas facing north overlooking rural vistas, providing good natural light and ventilation to the classrooms and laboratory through the use of Breezway Louvre Windows.

This massive project took two years of construction to complete, and Rondo’s technical services team were able to provide design solutions for challenging areas in the project. This included a heavy gauge 150mm Steel Stud Wall Framing System which required alignment with and concealment of the structural frame of the building, and a 6 metre high internal dividing wall that was subjected to higher internal pressures due to the louvres installed.

Imagine waking up in this 4-star luxury hotel with panoramic view of the IJ and the city of Amsterdam. Hotel Jakarta: a BREEAM Excellent certified energy-neutral hotel in Amsterdam. Designed with sustainability in mind. Unique for the Netherlands is the 30-meter-high timber structure of the hotel. All columns, ceilings and frames are made from natural, FSC or PEFC certified wood. The south and east façades are covered with 700 m2 of building-integrated solar energy panels (BIPV panels). The glass roof that covers the atrium also contains BIPV cells that, in addition to collecting energy, also function as sun blinds for the subtropical inner garden. The atrium is the center of the hotel and works as a temperature controller in both summer and winter. On each side of the building, rooms have their own covered outdoor space that functions as a structural awning. A custom made revolving door provides access to the hotel where there is a dynamic public area with various bars, restaurants, coffee corners and a wellness center. This transparent revolving door is almost 6 meters high and fits perfectly with the appearance of the facade. In addition, this type of entrance solution is in line with the sustainability requirements of the building.

MP Group were charged with managing the installation and finishing of all internal and external walls and this is also where Rondo offered our support. With the external structural steel framing having been installed 150mm out of position, Rondo’s Technical Services Team came to the rescue and designed an external stud wall system using our MAXIframe External Wall Framing System to ‘fill the gap,’ including design of special header bracing details to support the wall.

Melbourne’s CBD features a $230 million Victoria Police ‘super’ complex. Designed by Woods Bagot Architects, the 12 level, 27,000m2 project provided Rondo Victoria’s Charlie Khoury with the opportunity to work with their project team in the early design process to come up with solutions to meet their architectural requirements. Together with Rondo’s technical services engineers many solutions were found such as how to satisfy a requirement for the many free-standing walls to be constructed without using structural steel.

A significant Melbourne landmark, Victoria’s Shrine of Remembrance has undergone a major redevelopment by local firm ARM Architecture. Completed in late 2014, the redesign accommodates new requirements of the memorial that have evolved in recent years, while respecting the original design by Hudson and Wardrop, thus ensuring the memorial’s use by future generations.  Built between 1928 and 1934 to honour those who served in the First World War, the Shrine was inspired by the tomb of King Mausolus, one of the seven wonders of the ancient world. In the late 1990s, the Shrine of Remembrance Trustees embarked on a bold plan for the site. Access to the upper levels of the Shrine was problematic, especially for veteran visitors, and public visitation was increasing as younger generations came to understand the legacy of their forebears. Accordingly, the Shrine’s collections were expanding with donations of artefacts from families and a growing need for education facilities and an improved visitor experience became evident.  In 2001, ARM Architecture were commissioned to develop a master plan to develop the Shrine. Following the original 1920s design, ARM proposed four symmetrical zig-zag shaped courtyards, allowing access to the undercroft spaces under the existing structure which now house gallery areas, an auditorium, dedicated education rooms, an archive and offices. Stage 1 of the project saw the Visitor Centre and two of the courtyards completed on the north side of the structure in 2003. Stage 2 expanded the undercroft with the addition of the Education Centre and Galleries of Remembrance, and the final two courtyards. ARM Design Architect Jeremy Stewart explains “It was important that each of the courtyards had a distinct feel”. The open air Student Entry Courtyard offers a separate entrance to the Shrine for school groups, with a large sculptural poppy, the flower of wartime remembrance, suspended overhead. With the colour red notorious for fading on external structures, Interpon Powder Coatings recommended a system that would be colourfast. In a high traffic space that closes for only two days each year, with the additional solemnity of the memorial environment, choosing a product that would last the distance and require minimal maintenance was essential to this project. Interpon’s D2015 Gold Global Warranty offers the Shrine Trustees this assurance. Working with Locker Group, HDM Metal, an experienced fabricator and Interpon Approved Applicators AAF Vic and Powdercoating Services ACT as exclusive warrantors provided further reassurance of the product quality.  The giant overheard poppy features Interpon D2015 Ultriva™ R15 Crimson Matt YG215A and its support structure Interpon D2015 Ultriva™ Ebony YN201A. On the south west diagonal, the Terrace Courtyard features a lush green referencing South East Asian inspired garden. Amidst the greenery, laser cut aluminium panels coated in Interpon D2015 Ultriva™ R14 Waratah Matt YG222A list the names of Victorian towns, providing a reference point for visitors. The zig-zag shape of the terrace courtyards infer irregular exposure to the sun, further emphasising the need for a product of premium quality. “Interpon are interested in and open to ideas”, says Stewart, making this a win-win collaboration for the architects of this redevelopment of Victoria’s premier place of remembrance.  

At the new 6,000-seater Jordal Amfi ice hockey stadium in Oslo, Norway, player and spectator safety is a top priority. The stadium owner wanted a coating system which included passive fire protection, so, when Danish-based Give Steel was contracted to produce the steel structures, they had to not only meet the customer specification for fire protection but also consider the logistics of the project.The steel pieces were produced in Denmark, and Give Steel needed a coating system that was robust enough to protect the steel during transportation and erection onsite.

One New Change features SAS International bespoke metal ceiling panels with an expanded metal mesh, finished in silver, red and black. The ground-breaking, bold and perceptive £300 million One New Change mixed-use development project won the MIPIM AR Future Project Award 2010. Now complete, the building has become known as the ‘Stealth Bomber’ after the radar-proof combat plane that inspired its faceted form and has also won a RIBA 2011 Award for London and LDSA Building Excellence Award. The design incorporates pedestrian arcades converging at the core of the building, reinstating a historic north-south pedestrian route and allowing new panoramas of London’s landmark St Paul’s Cathedral. SAS International supplied the ceiling solution for the retail corridors of the development with a concealed suspension system, working closely with the architects to create a result where no visible fixings can be seen through the ceiling plane. To complement this, bespoke metal ceiling panels were produced with an expanded metal mesh, finished in silver, red and black. A challenging material to work with, to ensure the mesh held a uniform shape and corners for the panels could be formed accurately, SAS International’s solution was to create a ‘picture frame’ behind each panel. This also helped to provide support for the concealed attachment bolts. Design challenges at One New Change included the building grid size and shape (it was termed the most difficult site in Europe), the complex geometry of the structure (including some tight ceiling to structural beam heights), and a shared fire strategy between retail and office storeys. Requirements to achieve an environmentally-friendly building, complying with Part L and BREEAM ratings, were also critical and the design uses a materials palette of limestone, metal, mirror and a new method of fritted glass on the exterior to help shield the interior from glare.

SAS International provided an unusual feature perforation to a metal ceiling solution for Cork County Council’s redevelopment of their MOT office. The refurbishment of Cork County Council has created an outstanding open plan office for their upgraded MOT Office. Included in the redevelopment is the installation of 240 meters squared of acoustic SAS500, with a unique OB50 perforation, installed within the open plan office, meeting rooms and cellular offices. Conserving the original architectural features was significant when embarking on the reconstruction of the building. SAS500 was chosen to accommodate the spacing of existing structural beams, the system hung on secondary grids to adhere to specific architectural requirements. To adhere to the recent popularity in open soffit trends, SAS500 offers a solution in addition to providing acoustic absorption. A unique OB50 perforation was specified in the design of the baffles for this project. SAS International worked in collaboration with Cork County Council Architects and CField Construction to provide bespoke design solutions for this project.

Acoustic SAS International metal ceiling systems were installed in the eight-storey Eqwater office building in Paris. SAS International’s SAS330 was installed throughout the office areas in the building. SAS330 is a lay-in metal ceiling tile system that provides functionality and outstanding acoustic performance for a range of cost-effective design options. The practical nature of its structure allows ease of construction and maintenance. The corridors of the building were fitted with SAS International’s SAS205. In some areas it is not possible to use a standard hanging bracket due to the number of services in the ceiling void, SAS205 is supported at the perimeters, up to a maximum width of 3000mm, making it a perfect solution for corridors. Metal offers an inert and inherently hard-wearing surface, making metal ceiling systems both hygienic and a low-maintenance option over the course of their lifespan. Only a simple cleaning routine is required. The lifespan of SAS International’s metal ceilings is in excess of 25 years with only very basic maintenance.

The brand new state-of-the-art $177 million Brisbane International Cruise Terminal was completed in mid-2020 and will serve as a gateway for the Queensland tourismsector. The 9,300m² terminal was designed by Arkhefield in collaboration with Arup will provide visitors with a world class experience.The public spaces including the internal walkways, communal areas and departure lounge featured 1,500m² of Flowcoat Terrosso in four bespoke colour combinations.The decorative resin-based flooring system was chosen to provide a decorative, seamless flooring system that would not only create a luxurious and welcome environment, but withstand the expected foot traffic.A further 1,200m² of Deckshield ID was applied to the foot bridge, providing passengers with a slip resistant and safe surface as they board or disembark some of the biggest cruise ships in the world.Tremco CPG Australia’s portfolio of industry leading products provided not just a flooring solution for the world-glass tourism facility. In addition to the Flowcreteflooring systems, Tremco CPG Australia also provided the structural glazing silicone Proglaze II to a total of 218 glass panels.

The City of Adelaide owned and operated UPark Gawler Place provides locals and visitors with easily accessible parking in the center of Adelaide. Open 7 days a week, the undercover parking facility required an urgent trafficable waterproof deck coatingsolution.Flowcrete Australia was consulted on how the operators could prevent water leakage into the tenancies located below, whilst ensuring the structural integrity of the parking facility was maintained. An added challenge was that the facility needed to remain operational throughout the installation.Deckshield ED Rapide was the ideal solution for the unique challenges at UPark Gawler Place. The hybrid PUMMA system features the Deckshield PDS Membrane which is certified by CSIRO to AS 4654.1.2012 - the system was designed to prevent the water leakage faced by the car park operators.Over 5,500m² of Deckshield ED Rapide was applied throughout the facility. The installation took approximately 2 months to complete, as the applicators were required to approach the project section by section, whilst liaising with traffic management to ensure parking operations were minimally disrupted and the facility remained open to patrons.

Jewel on the Gold Coast (Jewel), a luxury development of three crystalline towers constructed on the internationally renowned Surfers Paradise beachfront, Gold Coast. Jewel consists of 513 apartments and a 169-room luxury hotel – a first of its kind on the Gold Coast. The towers with their distinctive glass curtain walling system, are the result of a collaboration between Oppenheim Architects and DBI Design. The fundamental design concept drew inspiration from three smoky quartz crystals that we discovered in the region. Jewel is inspired by the crystalline volcanic hook that forms the underlying structure at the coastline and, in particular, the Gold Coast’s iconic hinterland. Multiplex was awarded this prestigious project and commenced construction of this billion-dollar development in 2016. The Jewel is Australia’s largest beachfront mixed-use development and the first absolute beachfront development on the Gold Coast in more than thirty years. Tilecorp Pty Ltd. was awarded the tiling contract on the project that included the installation of 600 x 300 mm porcelain tiles in the public areas, travertine in the apartments, penny round mosaics on the walls in the public amenities, and cobblestone in the outdoor areas.

The Burj Khalifa – formerly the Burj Dubai – is a legendary building that can only be described in superlatives. At 828 metres high, it is the tallest building in the world. The Burj Khalifa has 160 floors, more than any building in the world. The building also has the highest floor, the highest façade made of aluminium and glass, the highest nightclub and the highest restaurant, the highest service lift and the lift with the longest travel distance. Finally, the building has the highest positioned revolving doors ever installed in a façade worldwide. In less than 30 years, Dubai has become the leading city in the Middle East and is known for its architectural and technical excellence. The Burj Khalifa has become the symbol of this progress. The Burj Khalifa also takes the title of the highest structure in the world back to the Middle East; the Great Pyramid of Giza used to hold the title 4 millennia ago. International Collaboration The tower was designed by architectural firm Skidmore, Owings & Merril, known for their designs for the Willis Tower (formerly the Sears Tower) and the new One World Trade Center in New York. The three-pronged design is based on the spider lily desert flower and consists of three elements around a central core, with the elements spiralling upwards. It can rightly be called an international project: the construction team consisted of Samsung Engineering & Construction employees from South Korea in collaboration with Besix from Belgium and Arabtec from the United Arab Emirates. The UK consultancy Hyder Consulting was responsible for overseeing construction of the building. In total, companies from more than 30 different countries contributed to the construction of the Burj Khalifa. A Windy Challenge The wind is quite a challenge when building a skyscraper of this size. Without additional measures, the top of the building would move so much from side to side due to the wind that people would become seasick. Dubai is also regularly tested by the shamals: sandstorms that can last for days. As the outer façade of the Burj Khalifa contains an enormous amount of glass, these weather conditions presented a considerable challenge. The three-part design proved to be the solution because the spiral floors break the wind currents around the building, resulting in a stable structure. The World's Highest Revolving Doors Skidmore, Owings & Merril's design includes an observation platform on the 124th floor of the building. Two glass revolving doors provide access to this room. At 442 metres above the ground, these are the highest positioned revolving doors ever installed in the façade of a building. The revolving doors must also be able to withstand an extremely high wind load of at least 3000 Pascal, which corresponds to an F3 class tornado. The Burj Khalifa required two automatic revolving doors with a diameter of 3,000 mm and a total height of 2,700 mm; the cover could only be 300 mm high with the motor installed. Generally speaking, a revolving door with these specifications would only be able to withstand wind loads of up to 689 Pascal. It was clear, then, that not every revolving door manufacturer could supply an entrance that met these requirements. Challenge Accepted Koninklijke Boon Edam was one of only two companies invited to devise a system for this challenge. There were two main problems that had to be solved: the round sides of the revolving door had to be strong enough to resist the wind, and the door set had to be properly fixed so the door wings could not be blown off during a storm. Boon Edam worked closely with Mace, the Hyder Consulting Group, Samsung Engineering and Construction and Turner Construction, the subcontractor, to develop a system that met all these requirements. During the first phase of the process, the second company invited to tender had to give up because their design did not meet the challenging conditions on the 124th floor. Boon Edam persisted in its efforts, and after conducting various wind load and glass tests, it became possible to adapt the construction of the Tourniket to the requirements of the Burj Dubai. A Tornado-Proof Revolving Door at the Burj Khalifa Our proposal for the Burj Khalifa consisted of a Tourniket with specially reinforced door frames twice the width and thickness of a normal revolving door. These were securely anchored with special bolts under the floor to guarantee the structure's rigidity. Although most revolving doors are installed on the top of the subfloor, this door was installed under the top finish layer of the concrete floor. To guarantee the stability of the door set, an extra-thick steel frame was added to the structure. This allows the door wings to easily withstand the wind pressure. Expansion on the 148th Floor in 2014 Boon Edam installed the same specially designed Tourniket revolving door on the 148th floor as on the 124th floor. However, the new project brought an extra challenge: transporting all of the materials from the basement of the building to the 148th floor. First, the materials had to be transported in one lift to the 111th floor. They were then transferred to a second lift, from where everything had to be moved manually from the 149th floor to the 148th floor, to the door's location. Special Projects Based on Standard Solutions The revolving doors we created for the Burj Khalifa were an extreme challenge. The experience and expertise of our technicians combined with the tried and tested technology of the Tourniket enabled us to develop a successful solution. Both revolving doors are now used daily and give visitors a spectacular view of Dubai. The glass design beautifully complements the modern façade of the observation platform and puts Dubai's beautiful skyline in the spotlight.

Recognized for its maritime importance by Napoleon Bonaparte, the Port of Antwerp is the second largest port in Europe and fifth largest in the world, and has had a significant impact on European history. Appropriately known as “the Diamond Capital of the World,” Antwerp sees $16 billion in polished diamonds pass through its exchanges each year, with the city boasting an overall turnover of $54 billion in the gemstone.By 2007, however, the Port of Antwerp had outgrown its office space. To maintain the port’s prominence in an ever expanding international arena, the city needed a sustainable, future-proof workplace, with a design that represented the city’s past, present and future.To compliment the iconic structure and allow future workforce expansion, the building needed iconic washroom facilities that guaranteed sophistication, privacy, and the flexibility to grow. To deliver on these lofty washroom design requirements, Zaha Hadid Architects turned to ASI Group Europe. Custom-made, extra-height black Alpaco partitions provide superior privacy in the stunning washrooms. Stainless steel hardware accents the washroom design, adding distinction worthy of the building’s reputation and a touch of modern aesthetics. The elegance of stainless steel washroom accessories add sophistication to an already distinct design.

45 Clarence St, is a striking office tower located in the busy western corridor of Sydney’s commercial district, with extensive views of Darling Harbour and Barangaroo, it is a prestigious building with various companies operating inside this office building, such as Business Sydney and CBRE.As part of the refurbishment, which included the lobby upgrade, CS worked extensively with the property management team, architect, builder, and installer to deliver the architectural grilles for this project. There was a unique vision to use the Econoline indoors in a commercial building instead of using it as an outdoor vision barrier grille. The focus of this refurbishment was to provide a bespoke architectural grille to line the ceiling and vertical walls of the lobby and modernise the building.The Econoline is typically used in locations such as parking garages, concealing mechanical equipment and for many refacing applications. Having the Econoline installed in a commercial building is a unique opportunity that will result in more products being used for aesthetic purposes. The challenge that was faced with the Econoline being used indoors was that the tapered vertical walls on two sides as grilles needed to be a certain distance above ground level and to be structurally sound.On completion, the lobby at 45 Clarence St Sydney is unique from your typical office building. This is also exciting for CS, to be part of a project that has been transformative and elegant in design.

The Farr Institute in Edinburgh is a collaboration between six Scottish Universities and the NHS National Services Scotland. They aim to place the country as a global leader in health informatics research whilst improving the health of the Scottish population. 30,000 sq. ft. has been fitted out to accommodate Bio Incubator laboratories and offices together with meeting, conference and dining facilities. The remainder of the building will accommodate laboratories and offices for life science research. SAS International’s acoustic baffles were specified to meet acoustic demand and make the most of the high ceilings and breathable space. The colours, baffle layout and service integration were carefully co-ordinated to the brief. SAS130 and SAS330 were specified and installed in the central core. Both systems offer quick and easy access to otherwise hidden mechanical and electrical systems. With SAS130, tiles can be lifted out to gain access to the ceiling void. SAS330’s hinge notch allows tiles to be hung vertically from C-Profiles, providing unobstructed access to the ceiling void. Ray Kwiecinski at Michael Laird Architects gave the below quote on working with SAS International; “MLA has specified a variety of SAS International’s lay-in grid ceiling systems over the years and we have always been extremely satisfied with the finished product. At the Farr Institute however, we decided to create a feature of the structural soffits and the M&E services and, by careful coordination of these services, the steel beams… [With] the SAS Baffle System and SAS Raft System 600, we were able to create an open, collaborative and exciting office environment whilst maintaining a high degree of sound absorbency. Our Client is delighted with the results as are we.” The Institute’s independent research will support innovation in the public sector, leading to advances in preventative medicine, improvements in NHS care and better development of commercial drugs and diagnostics.